Activity of photochemical reactions in chloroplasts from assimilation organs different sorts of wheat in relation their productivity and grow conditions

Topic of doctoral thesis:

- specialty code

- specialty name

- topic name

2411.02

Plant physiology

Photosynthetic capacity of chloroplasts in ontogenesis of wheat of various productivity

Election of corresponding member of ANAS:

- date

- specialty name

2001

Plant Physiology

Total number of printed scientific publications

- number of scientific publications printed abroad

- number of papers published in journals indexed and abstracted in international databases

240

160

20

Certificates of authorship and number of patents

Staff training:

- number of PhD

- number of Doctors

8

Main scientific achievements

On the basis of investigates of water regime, protein content and chloroplast photosynthetic activity in the leaves of wheat revealed, that stabile photosynthetic activity of chloroplast at the resistant genotype is conditioned by high relatively water content, low water deficit and enhanced protein content in leaves during drought period.

Monitoring technogenic contaminated areas of Absheron peninsula was conducted. On the basis of more sustainable forms of plants, invertebrates and microbiota was provided a method of contaminated soils.

Complex compounds of manganese with the amino acids glycine, cysteine and methionine were synthesized. The impact of these complexes on growth, development of seedlings and chlorophyll content was studied. Manganese complex with cysteine had a positive effect on seed germination of wheat. Seedlings treated with this complex contained more chlorophyll and were resistant to drought.